internal unsafe static void ReportStackDetails()
{
VTable.DebugPrint("\nStack details:\n");
VTable.DebugPrint("\tTotal number of reserved pages: {0}",
__arglist(TotalNumPages(PageType.Stack)));
for (int i = 0; i < Thread.threadTable.Length; i++)
{
traceablePtrs.Initialize();
traceablePinnedPtrs.Initialize();
Thread t = Thread.threadTable[i];
if (t == null)
{
continue;
}
uint numStackFrames =
CallStack.ScanStack(t, traceablePtrs,
traceablePinnedPtrs);
VTable.DebugPrint("\n\tThread: {0}",
__arglist(i));
VTable.DebugPrint("\n\t\tStack frame count: {0}",
__arglist(numStackFrames));
VTable.DebugPrint("\n\t\tManaged ptrs to static data: {0}",
__arglist
(traceablePtrs.managedPtrsToStaticData));
VTable.DebugPrint("\n\t\tManaged ptrs to stack: {0}",
__arglist(traceablePtrs.managedPtrsToStack));
VTable.DebugPrint("\n\t\tExterior managed heap ptrs: {0}",
__arglist
(traceablePtrs.exteriorManagedHeapPtrs));
VTable.DebugPrint("\n\t\tInterior managed heap ptrs: {0}",
__arglist
(traceablePtrs.interiorManagedHeapPtrs));
#if !SINGULARITY
UIntPtr stackTop = (UIntPtr)CallStack.StackMarker(t);
uint stackSize = 0;
if (stackTop != UIntPtr.Zero)
{
VTable.Assert(CallStack.StackBase(t) > stackTop,
@"t.asmStackBase > stackTop");
stackSize = (uint)(CallStack.StackBase(t) - stackTop);
}
VTable.DebugPrint("\n\t\tApprox. stack size: {0}B",
__arglist(stackSize));
#endif
// REVIEW: Why are these here?
VTable.Assert(traceablePinnedPtrs.
managedPtrsToStaticData == 0,
@"traceablePinnedPtrs.
managedPtrsToStaticData == 0");
VTable.Assert(traceablePinnedPtrs.
managedPtrsToStack == 0,
@"traceablePinnedPtrs.
managedPtrsToStack == 0");
VTable.DebugPrint("\n\t\tPinned managed heap ptrs: {0}",
__arglist
(traceablePinnedPtrs.exteriorManagedHeapPtrs +
traceablePinnedPtrs.interiorManagedHeapPtrs));
}
VTable.DebugPrint("\n");
}
void Verify(NonNullReferenceVisitor threadReferenceVisitor,
Thread thread)
{
CallStack.ScanStack(thread, threadReferenceVisitor,
threadReferenceVisitor);
}
